Conveying and distributing mechanism.



J. SIMON S. GUNVEYING AND MSTRIBUTING MBGHAMSM.

\ APPLIDATION FILED HAY 11. 1908. 930,992. Patented Aug. 1o. 1909.

6 SHEBTSW'SHEET l,

771, U6 n FUI" M3 dose/07a Je Wzozesn J. SIMONS.

GONVEYING AND DISTRIBUTING MBUHANISM.

APPLICATION FILED MAY 11, 1908. 930,992. Patented Aug. 1o, 1909.

SHEETS-SHEET 24 M94 cfoae /Yz'mo a.

J bIMONS CONVEYING AND DISTRIBUTING MBGHANSM.

APPLICATION FILED MAY 11,19%. 930,992. Patented Aug. 10, 1909.

6 SHEETS-SHEET 3.

u l d fnvenl07 l Wifi@ eaves llora 1^ J. SIMONS,

UONVBYING AND DISTBIBUTING MEGHANISM.

APPLICATION FILED MAY 11, 1908.

6 snEBTs-SHBBT 4.

. CIOS@ k SEWON/.

J, SIMGNS. GUNVBYING AND DISTRIBUTING MBCHANISM.

E SHEETS-SHEET 5.

Patented Allg. l0, 1909 APLIATIUH FILED MAY 11, 1908A Wz'fz eases Zlornelzj.

J. SIMONS.` GONVBYING AND DISTBIBUTING MBGHANISM.

6 SHEETS-BHEET B.

Patented Aug. 10. 1909.

APPLICATION YILBD MAY 11, 1908.

MZ 12 am es fnveW/Zo' Jaw/Ufa Jz'mons.

oney."

Y portable or transferable JosnPH sIMoNs, or Los ANGELES, CALIFORNIA.

.CON'VWNG AND DISTRIBUTING IlIECHANISM.

No. scopes.

Specification of Letters Patent.

Patented Aug. 10, 1909,

Application tiled May 11, 1908. Serial No. 432,694.

To all whom it may concern:

Be it' known that I, Josnrn SiMoNs, of the city of Los `Angeles, in the county of Los Angeles and Stateof California, have invented certain new and Improved Conveying and Distribntinr h'leclianism, of which the'following is a, full, clear, and exact specification, reference being had to the annexed drawings and to the letters and figures marked thereon.

My said invention which consists of new and improved mechanism for conveying and distributing material, or articles of manufacture, is applicable for a nunierons variety of purposes, and as hereinafter described and shown upon the drawings it is set forth and illustrated as particularly adapted for use in brick-yards, more especially for the purpose of conveying newly made bricks as they are delivered from the pressing or molding machine, and thence to the several drying sheds distributed throughout a brickyard.

The mechanism constituting niy said invention consists of a main line of transpoif1 tation constructed mainly of a. pair of Soniewliat slowly traveling wire cables, and of one or more conjunctively operating portable and transferable tracks of traveling cables, also made of steel wire.

The mechanism also includes means for carryinpboth the main line of traveling wireca iles, and the conjunctively operating lines or tracks of cables.

My mechanism otherwise consists of the next described essential parts, namely; means for i'eceiviii if the moist brieksas they issue from the ino ds of the press or pugmill upon carrier boards or trays for being discharged upon the main liney of the conveying cable mechanism from which at any required point or points on said niaiii line oit cable mechanism, the carrier boards or trays .with the moist bricks thereon, are

,switched to tlie.,}mrtable side tracks from which they are removed by hand into the divii-ig sheds. Y

The said' mechanism also includes means for retaining the main line of cables in the nessary state 'or condition of tension, a mein line of shutting for operating the varions portions of the mechanism and means for transferring iii operative 'succession each of the yboards or trays with moist bricks thereon, from `the main line to the portable Fig. 12, is

line between the rows of drying sheds and operating simultaneously and conjunctively as hereinafter described.

Up'ou the annexed drawings Figure 1 is a side elevation ot' the receiving end of the mechanism and part of the discharging' mechanism of the main line of conve 'ing cables, together with one of the intermediate roller su )ports for the said cables, showing in dette( lines one of the boards or trays with the bricks thereon in the position they occupy at the moment of starting to be move( by the conveying mechanism; show-f ing also another board or tray in transit in full lines, and a portion of the main driving sha-ft. Fig. 2, isa plan corresponding with Fig. l, but with the first brick carrier or tray omitted. Fig. 3, is a separate end elevation of the receiving and discharging mechanism viewed in the direction of the arrow X, in Fig. '1. Fig. 4', is a horizontal section taken on the line a, a., Fig. l. Fig. 5, is a transverse view partly in section and artl in elevation, `the section being on the ine. b, Fig. 1. Fig. G is a se/ction taken on tlie line c, c, Fig.) 4, thtough the reversing lever, the shifting sleeve, the loose collar to which the reversing lever is pivoted, the bevel driving' Oear and a portion of the driving shaft, and a portion ofx the reversing lever heilig broken awa Fig. 7 is a plan of the: mechanism .or o erating the portable side track, and a curve roller track, both of which operating in conjunction, transfer the boards or trays and the bricks thereon from the main track to any one of the side 'tracks as hereinafter described. Fig. 8, isa side elevation corresponding with the plain shown at Fig. 7. Fig. 9, is an end elevation looking in the direction of the ar,

row X', Fiv's. 7, and 8. Fig. 10, is a side elevation o means for holding the conveying cables in tension. Fig. 11, is a plancorresponding to the side elevation Fig. 1-0.

cables are carried with `the frames wherein the sheaves rotate upon their axes. Fig. 13, is a side elevation of a modified arrangement oi. the means for produc'in tension of the cables. Fig. 14, s a side e vation of another modification of the means for producingr tension of the cables. Fig. 15, is a plan corresponding to Fig. 14. Fig. 16, is a an end elevation of the tension l sheaves or giooved wheels upon which thev side elevation of another-modification of means for producing tension on cables. 'Fig 17 is a plan corresponding to Fig. 1G. Fig.

18, is a transverse section on the line d, if, Fig. t), through one of the brick mrt-1ers', or

trays, showing the bricks in section thereon, o and in position upon thc carrying cables" also shown in section. Fig. tt), is a plan drawn upon a smaller scale, ot a brick-yard t or portions thereof, equipped with thc apparatus constituting niy invention,

and showing the san-ie as installed ior operation.

The apparatus constituting niy invention l consists of a fran'iework to the upper` part of which are attached the bearings tl, for the rotating shaft (j. 'this shalt t),

carries the sheaves or grooved wheels D, and D, respectively, and Awithin the groove ot' l two other collars L, li, secured tothe shaft U, by Sel;y screws, or otherwise rigidly secured thereto. Upon the shaft li, exterior to the collars l', and with their toothed portions turned toward the collar l), are also two bevel gear wheels ).i, and 2d'. ln a bearing' Fig. i, which is t'astcncd to the. lower portion of the.' i'i'anie A, is the.V Inain driving shaft (l, centrally situated beneath and between the sheaves l), l), which shaft U, is at right angles to the shai't Il, and in the saine horizontal plane therewith.`

Upon the halt t), and near the end tli-ercof, there is rigidly fastened the driving bevel gear wheel l, Figs. l, 2,'5-5, il, :ind 5, which is capable ot heilig shit'tjed into gear with cit-her oll the. bevel wheels i\l, or M. Ati` one end ol.' the shal't t), as shown in the enlarged section ol these partsI at. Fig.. (i, beyond and tdjaceut to thc driving' bevel gear ivlieel P, is :t loosev collar Q, havin; projecting pins' It, lt. Upon thesc pins lt, lt, are pivotod thc ends S, H, ol the U+:haped portion T, ol.` a reversing` lever li, whose opposite ond is lnovided with a hole il'oi a drop bolt V, :1H shown at Figs'. 2., and 4, 'tor the purpose of loolt'iiig the reversing lover ll, in

either of three positions; namely, the position shown in Iig. f1, wherein the bevel wheel M is' in engagement, with the. bevel )inioii 1; the position in the hole lV, in the rame A, wherein the 'bevel wheels' M, and M, are both ont of 'engagement with thc bevel pinion and tholpositioi'i in thc hole V2, in the frame-A, wherein the bevel pinion M, Comes into en ragement with the driving bevel wheel 1. o ends S, as shown in the enlarged view Fig. (l, of the reversing lever l". have hole.A Q", slotted in them for the piana l(` olc the loose, collar J, to pass into. The reversing mechanism consisting ofi the bevel pinioini .\l, M', and l, and the sliding hatt ll. is t'or the purpose o'l enabling thc `halt and the .sheavesA to be revolved in a constant direction, while the. driving shaft (i. i,-: being rotated in either direction.

tarried in bearings' V, at the end of the upper portion of the frame A, is' '.i rocking l'raiue i'. ohirh may be constructed ol gas pipe :is .shown at lfigs. l, i, and il, more especially, consisting ot" the side portions Y, the lower eror-'s bar Z, the central cross bar or shalt and an upper cross bar B', having a projecting stop C rigidly secured to said cross-bar 15. llpoii the cross bar B, there is carried pivotally by the lugs D', a receiving i'ranie E', ot' cast iron or other suitable material, there being sonne freedom ot' intivcnicnt between the fraine ll, and the stop tl', and depending from said receiving i'i'auie ll also seenrcd thereto by rivets or otherwise, is a U-shapcd strap It", inore par Iii-ularly shown at. Figs. 2, and 3, ada )ted to engage the stop U', `uion the crossi when V,said receiving rame E', is rotated rearwardly into the position indicated by dotted lines in Fi". 1

lnrallel to, and upon either side of the driving shaft t), anilnnpported at intervals upon bricltworli, or iher solid foundation ti. Eiga. t3, S, 5l, and lt), aretiinbers 1I', aud to these timbers' Il', there are attached at intervals by bollini; 4or nailing, the uprights 1', braced as siowii, and which are gireoved at tlietop 'to receive stationary shafts x J", upon which the idler grooved sheaves K',VV revolve.

In thc grooves of these sheaves K', the upper portion ot the cables 1*), are, supported. 'lhe lower tiniliers II', have trans verse holes at inteiwall.' in them to receive llic stationary is4 a which carry the grooved idlers Mf',j. andvstilport the .lower portions ol' the cables E;

At the end ofthe niain line of cables l), l'arthest troni the receiving end of the meehanisin, is a tension device shown more pai.'- licularly in Figs. lll, ll,..ant1 l2, wherein is a foundation or uuid-sill O', upon which the. roi-hing or sliding frames l, rest'. 'lliese l'ranies l` uro constructed as shown, and are ,erooveil transversely al the tops tht-rootl to rereive the stationary shafts' Q', for thi.` ninin i-.eble carrying .sheaves it', which when in goperation rotate loosely on the stationary .shaftsl Q Passing around each ot lhc grooved sheaves' lt', is' a U-sliaped tension ha r S. the, upper ends of whieh consist of hooks 'l", 'lor engaging the, shafts Q1, upon leither side ot" earh of the said. sheaves lt.

.\t a Ysuitable dislance beyond the 'frames l, is :t sill ll', by preference partly or wholly Vburied in the lground, and passing therethrough are the eye-bolts V, having screw threaded ends W', each passing through a washer Y', and secured by a nut Z. The particular means used between the eyebolts V, and the loop bars S', for obtaining the necessary tension .in the tables E, is shown in Figs. l0, and ll, as consisting of pulley blocks A2, attached to the tension bars S', and the eye-bolts V, by means of hooks B2, ll, and the rope (l2. The free ends of the rope U2, are fastened to tho cleat D2, or to any adjacent innnovablc object, and the tension is varied by operating this block and tackle device by loosening the loop 'from the cleat D2, and by letting ont, or drawing in the'rope C, as is well understood, and which therefore need` not be lherein further referred to.

Various kinds of tension devices as modifications of that hereinbcfore described, may be used instead of the block andtackle device, and attaclunents, hereinln-,fore described. For example, instead of 4the blocks A2, Vand ropes C2, springs E2, may be used as shown in ldig. 13. Another arrangement for producing the necessary tension is shown at Figs. 14, and 15, in which case I use piles F2, -l"', driven intor the ground to a depth sufficient to secure the requisite rigidity, and the trestle (1, thcl uppcr members H2, of which are placed in contact with the piles F, constitute a rigid support for the hook bolts l2, I, engaving with the tension loops l S', at one. end, the opposite ends of which are screw-threaded, and pass through the upper members H2, of the trestle G2, and are secured and tightened therein by screw nuts K2, by screwing up which any required deree of tension may be imparted to the cables F. Still another 'arrangement of tension device is that shown at. Figs. 16, and 17, wherein the trestlcs (i2, corres ending with a .t-restle shown at Figs. 14, am 15, are inthis ease illustrated as beingl provided with bearings If', secured thereto by bolts `as shown, and to which are attachedrliy' the pivots M3, the bell-crank levers N2, to the shorter arms of which arc pivotally connected the hooks engaging the tension bars S', S', and to the largerlarms of which the oycfbolts Q, provided with su p ortors It?, and l-i'fojec tions S, are attaclhed for producing tho necessary degree of tension' for stretchingthe cables E, F.

At. a distance apart upon each of the foundations Figs. 7, 8, t), and 10, and uttachcd thereto b v the anchor bolts T2, are the cross timbers U2, to which are bolted bearings U", for the shaft O, and midway between each such pair of erosstimbers U2,

l2, and rigidly secured to the drivinmsl'iaft O, is a spur pinion V. The timbers lli', are irovidcd 'with shallow mort-isos W2, Fig. 19, into which-tenons, not shown inthe drawings, at the base of the members Y, Y", of

ymain lino cables..

a framework Z3, Z, enter. On a shaft B", arranged directly above and parallel to the driving shaft O, and carried in the bearings A, is a spur wheel C, which engages below with tho spur pinion V2 as shown.

'Io the ends of the shaft l5. and exterior to thc bearings N", thereof. as shown more especially at Figs. 8, and il, arc the large groovod sheaves l). a round and upon which the n'irc ropes l0, E, constitutingr the side tracks of my conveying and distributing mechanism are carried.

li`or the purpose of securing thc franul Z, to the cross timbers ilu, in a readil) detaelrable manner. metal straps A4, are provided and adapted to hook over the upper cross members of the frame Z1". 'lhcse metal straps A, have outwardly bent ends B, having holes therein through which are ada ted to pass the upper screw threaded ends o the clamping eye-bolts (l, (,l. Passing through the eyes of the eye-bolts 1, 1*, and through all tho timbers U", U2, is a rod or bar D, which :.erves to anchor the frame Z, to the foundation timbers U2, when the nuts ll, at th(` upper threaded ends of thc. eye-bolts C", are screwed down.

'lhc shafts J', carrying the idlcrs K', for supporting the upper cables l1), of the sido track instcad of being,supported upon stationary uprights as in the case of the main line cables, are supported in `grooves at the (git for stilfening the Iunc.

The lower parts o the side track cables E, when not of considerable length do not require (o be supported from below as in the casoof the cables constituting the niain track, but they are provided at. the end farthest from thc nnrin line, with a tension apparatus, corres])endingr to cit'hcr of the moditications of such tension apparatus hcrcinlwforc described with reference to the ,top of the trcstles l1 having cross members isili For tho purpose of transferring0 the carriers or trays with thc bricks thereon, from thc umili lino cables lil, to the sido track cables E, there is pro-vided a. rollcr tack consistimgl of a contrai portion curved in uniirc of |n'ct'cra'ihly about ninety degrees, and a straight portion at cithcr cud of, and

pivotally attached to the curved portiou.

The said curved track consists of flat sidebars of metal l-l, held 'at'. the propel' distance apart. by sproadcrs consisting,r of

round statinary hars of mctal'l, secured to the side bars ll, by nuts J, in the 1minncr shown. At intervals, preferably regular intervals between the curved side bars H, are radially disposed rotatable axles K4, journaled. at their lends so as to be carried rotatably in hole bearings near the upper edges of said side bars H4, asshown at lt`igs. 7, 8, and 9, and on a reduced scale in the general plan Fig. 19.:` For-a short dis- Lai tznice within sind zidjriceutf to their journals, the uxles lit, ure screw threaded und pro vided with two nuts li, ut either end of suid uxles, its shown :it Fig. 7. lietween euch puir ot such nuts li is clamped :t disk or roller .\l*, ot luird rubber or inuilogous unitcriul. 'l'ho rollers M, :id jiicei'it to the shorter or inner curved portion of the truck ure oll siiniller diameter than those :uljiuzcnt to the outer curved portion of the truck; their proportionate diameters being such that they correspond to the diunietei' of opposite ends ot' truncuted cones whose tipicos :ire sitiuited :it the center of the concentric circles ol which the outer und inner curves .-t' the truck :irc :i1-cs. lhe renuiining purts ot the roller portions ot' the truck ure constructed in u nninnei' prec-ischv siinihir to the curved portion now hist herein described, excepting tluitY the side bars ll", :ire strnglit und the rollers zit opposite ends of the :ixlos Kt, :irc lioth olE thc suine dizinietier, preferably corresponding in size to the lurgcr of the rollersI upon the curved poi'- tion of the truck. The outer ends of the vurions side hairs ure foi-ined into hooks Nt. :ind the outer hooked ends :1re supported upon the stutiomiry nxles J', of the cable carrying idlers K. rl`he hooked ends N; otE the curved side hairs Il, ure supported upon studs U, upon the sti-night side burs, or nre fustcncd b v bolts l, which also connect :i supporting lruine of metal, consist ing),r ot' uprights (,2", :ind dizigonul hruccs lt, connected thereto und to one unother, by bolts or rivets S. Additional supports or props T4. :irc provided, :ind nre cluuiped by the nuts Jt, upon the ends of the spreuders` l. Other intcrinediute irops Il, pointed :it their lower ends rind :uliipted `to rest upon the friiuie Z, givey ndditioniil support to the curved truck und :ire :idilpted to tit into sockets Vf'. bolted or riveted to the curved side liurs ll*` :is shown.

ln Fig. lt). :irc shown the various dryinpr sheds il", urriuured in rows piiiullel to one unother cipiidistzinti Jfrom the driving shuft t), trunsvcrsely theretocnnd upon either lside thereof. i

'l`o the right of the pugpuiill or briclipress Y", iis shown :it Fig. 19, is u counter` shaft Zt, provided -with it sprocket. wheel A, whereby the shiit't Zf, muy be rotated in either direction by menus of ii. chiiin coniiected with :in v proximate :ind convenient driving shzit't., the hitter not being shown in Vthe drow-inw. Upon the `coiuitiersluitt Z. is rigidly mounted :mother sprocket wheel l",

uround which, ii-ud urouud another sprocket wheel D, upon the l-inc shaft. O, passes iin endless sprocket chiiin tr". whereby the suid .line sliiift` muy be driven in either dircction of rotiition its the. eountxershuft Z4, is rotuteil in one direction or the other.

'lhe bricks :ire rcrfcived from the pug mill, or brick machine Y, upon wooden carriers consisting of boards .1", upon the under sides of which tire nailed transverse butte-ns F, :is shown with the bricks Gr, thereon in Fig. 18.

ln operating the device in the position shown in full linesl in Fig. 19, the reversing level' ll, is placed in the position wherein the end thereof is held by the drop bolt'V, in the hole Vf, in the fi'uines A, which is the reverse position to tluit shown in Figs. 1, to t, inclusive.

'lhc operu't ion ot' thc :ippurutus or mechan- Aisnt constituting' my said invention, is iis follows: 'lhe attendant, standing in the position inurked with the circle Z", 1n Fig. lt), re-

ceives the boards or trays with the fresh molded bricks thereon as these are delivered insuccession troin the pug-mill, or press, or brick nuichine Y, und upon thus reeeivinr :i curricr with the bricksl thereon the zittende-J :int places his foot upon the lower crossbi'il' Z, l1`igs. 1, 2. 3. und 19, of the frame Y, pressing;l itV slnirply toward the frame A. uhicli'it strikes. 'lhe sudden stoppage of the t'rinne Y, ciiuses'tlie receiving trame E', Figs. l, 2, und 3, to turn backward upon the ross-bur l', into the position shown in dotted lines ut the upper lcfthund part, of Fig. 1, its turning,r movement being limited by the stu-:ip li", which catches upon the Stop C', :ittiiclied to the upper lgrossbar B. In this iosition one ot the curriers E, with the ln'ieks (in, thereon is placed by the operator upon the receiving t'rinne F. The operator then removes hisI foot, from the lower crosshurZ, und the frunieY, the upper part, of which is slightly inclined toward the wheels l), fiills iig'uinst ii stop H, attached to the t'rume A, when the lshock caused by this impuet produces momentum of the receivingtranne IC', und ciiuses it'. to signin tilt, but; in the opposite direction, upon the erossbur B', into the positionshown 1n full lines in `Figs. t, t2. 3, und 19, und to discharge the brick curi-ier E, with its load of fresh molded bricks upon the rims of the wheels D, which hy their rotiition immediately transfer said eurricr E, upon the main line conveyor cithles ll. The operator then signin de resses the crossliur Z. :ind places another oaded eurrier E". upon the receiving frame E', and this operation is rapidly continued in` succession :it short. intervals of time. The direction of rotiition of the various shafts` and the direction of'truvel o1 the vdrious cables, is indicated ii-i viill the tigures by arrows placed adjacent thereto in the drawings. Ihe passi re of the loaded carrier E, upon the nniin ine eubles E, carries them to the roller truck upon the inclined portion of which. shown zit the lefthand upper portion of Fig. 8, they ure forced to. mount one at a time. by the impact rind pressure of the car- W, upon either side of a side track E,

osmoseA lines in Fig. 8. When the front one of the carriers E, has reached the point of highest elevation which is just beyond the supporting prop T, as shown in F '8, and being still ressed forward, it is dis harged over this highest elevation and rolls by gravity upon the downwardly inclined curved path composed of the rollers M4, mounted rotatabl Y 1n the bearing bars H, thence upon the su sequent rollers L, L, of the straight p0rtion of the roller track, from which each board or. tray E5, in succession, with its moist or green bricks G, is finally discharged upon the side track cables E. The board or carrier E, immediately behind any one of such carriers which has discharged upon the downward inclined, curved ath does not .follow the immediately prece ing carrier until another carrienE, with the `g() charge of bricks G5, from the pug-mill end of the main line cables E, makes impact with and presses at the rear of all the other carriers upon the upward incline of the roller R, carried in bearings in the bars H4, and yconstituting this part of the roller track. The distance apart of the various carriers E", is therefore always regulated by the lengths of intervals of time which separates the dis charge of consecutive carriers from the receiving frame E', and which are more or less regular and dependent upon the skill of the operator, in the position Z", Fig. 19.

The boards or carriers E, with their lcharge of moist or green bricks (5P, as they 35 y)ass toward the ends of the side track cablcis.

l, farthest from thc main line cables E, are renloved therefrom by another attendant or operator who places them in the dryingv sheds il, Fig. l5), first at the ends mostv distant from the said main liuc, and who gradually mores ncarcrlo said main line removing the boards or carriers and moist or green bricks as the drying sheds become gradually filled therewith When the dryinnr sheds are thus illed, the side track tension apparatus is removed, the roller track removed, the nuts upon the clam ping eyc-bolts Ct, may be unscrewed, the anchor-bar D, is Withdrawn from the timbers V2, and the entire side track apparatus may be conveyed to and attached in any one of the several positionsl upon the same side of the main line indicated in dotted lines in Fig. 19. When ally of the drying sheds 74, upon one side of the main track E, E, have been filled, then the side track apparatus is, or may be trans ferrcd to one ot' the operative positions indi cated in dotted lines at the opposite sido of the main track lil, E, Fig. lt). 'Ihe direction of rotationni" the cofintcrsluiit Z4, Fig. it), is then reversed, and thc position ofthe revers4 ing lever ll, is changed to that wherein thc drop bolt. V, in thc end thereof' falls into the holeI V, in the frame A, as in Figs. l, to (t, in-

traveling cables, a frame .bearings at the n per part t ereof, a shaft -rotating Vgroored wheels rigidlf 'z ttachcd to said elusive. By this 4means the shaft H, is slid endwise in its bearings I, so as to bring the bevel pinion M, into en agement with the drivinclr bevel wheel P. 5(lihe rotation of the shaft then takes place in the same direction as before, although the line shaft 0,

.now rotates in the direction opposite to that,

of the direction hereinbefore described, as indicated by arrows in Figs. l, to 6, inclusive, and .which shows a direction of rotation opposite to that in the other figures which illustrate the direction ot' rotation when the .side track is being operated upon the opposite side ofthe main line.

While 1 have described, and illustrated the apparatus constituting my invention as applic conveying bricks from a brick making Inachine, and thereafter distributing Al-lema through a curved track f rollers, and encd to a second cable track p ac'ed at right n les to the main line of conveying cables lea ing to the desired portions of the brick ard; it is evident that the side tracks may e operated through a wide range angularly to the main line, in such cases the curved frame or bars carrying the rollers being curve'd to connect the angularly situated side tracks with the main track.

My apparatus in the form described, or in a modified form, may with facility be applied for the conveyance and distribution of other materials in other places, and under various other conditions.

I claim as my 1 ivention.

1. In conveying and distributing mechanism.` wherein conveyance is effected by to a brickyard for the purpose Vof traveling;r cables, a receiving device consist- Y ing ot' a rocking traine, bearings forY the rocking Frame carried on supports, a projecting stop at. the upper part of the rocking frame, a receiringtablc pivotally mounted upon said upper part of the rocking frame, a strap inclosing said stop; and the conveying cables for operating in proximity to, and in conjunction with the receiving-device.

2. ln conveying and distributing mechanism, wherein conveyance is effected by rovided with in sait beari gs, ,y peripherally` shaft, a spur wheel upon said shaft a second shaft beneath and parallel to said shaft, Said second shaft slidahlmounted in bearings in thc lower part oft ie frame, a spur pinion upon said second shaft, near one of the ends thereof; a looseA collar at 'the center of said second shaft., and having diamct-iically opposite projecting; pins, two collars upon said second shaft, one on each side of said loose collar. bevel pinions rigidly secured to said second 4shaft, and facing toward the loose collars, a third shaft disposed. at right :Lugli-,s to, and in proximity to said second shaft; another bevel pinion rigidly secured to said third shaft near one end thereof, a loose collar upon the end of said third shaft having dianietrically opposite projecting ins; a reversing levenhavlng a biliare-ate end pivotcd upon said pins, said re\ ersing lever being slotted to receive the projecting pins of the loose collar upon the second shaft; means for .locking said reversing lever in any one of three dillerent positions; conveying cables operated upon the peripherally grooved wheels; and means 'for driving the aforesaid third shaft', all substantially as, and for the purposes specified.

3. A conveying mechanism consisting of a receiving table. a rocking frame therel'or, bearings for said rocking traine supported upon a framework, said lralueu'orli having bearings secured thereto for a driven shaft, peripherally grooved wheels upon said driven shaft, a spur gear wheel upon said shaft. a second shaft beneath the aforesaid shaft. and slidable in bearings in the framework, a pinion on the second shaft meshing with the said s ur gear, a spur `)inion on said second sha t gearing with said spur Wheel on said driven shaft, bevel pinions upon said second shat't, a loose collar upon said second shaft: provided with projecting pivots, a third shaft at rigl'it angles to said second shaft, and provided with a bevel pinion ca pable of engaging either of the bevel pinions on the second shaft, a loose collar on said third shaft provided with projecting pivots, tight. collars on the second shaft one on either side ol said loose collar, a reversing lever operating upon the several pivots; means for locking said reversing lever. another frame extending' longitudinally from the aforesaid traine` and provided at inl`ervals with intermediate supports for the con veying cables, said intermediate supports carrying stationary shafts and rotatable groovcd sheaves for the endlessl conveying cables', means for i'naintaining the conveying cables in the condition ot' necessary tension.

et. In conveying and distributing n'ieehanisln, the combination with a driving shaft rotatably sup orted in bearings attached to a stationary oundation, ot' a pinion secured to said driving shaft, a detachable frame. clamps for attaching said frame to said foundation; a second sha lit'l above and parallel to said driving shalt, and rotatably supiJ ported in bearingsl in said l'rauie;a spur gear wheel upon said second shaft, and engaging' with the pinion upon the driving shaft; wheels secured to said second shaft and having peripheral grooves, and conveying cables operating within said peripheral grooves.

5. In conveying and distributing mechanifan, the con'ibination with a driving shaft; rotatably supported in bearings attached to a series of stationary foundations, of a series of pinions secured to said shaft, one at each ot' said foundations; a main line of conveying cables parallel to said shaft, a second or side track line of conveying cables at an angle to the main line, perl her-ally grooved .sheaves for carrying and track cables, a driven shaft to which said grooved sheaves are secured, a spur Wheel upon said driven shaft., bearings for said driven shaft attached to a frame, said frame heilig attac-hable to any one of the series of toinidatimis, and in a )osition Whereat the spur u1u-el upon the riven shaft engages with. and is driven b the corresponding spur pinions upon the riving shaft, and removable clamps for securing said frame to said foundation. d

t3. 'In conveying and distributing mechair isnt having a main line of conveyinr cables and', a side track of conveying calil'es, the combination therewith of intermediate supports for the cables, consisting of uprights provided with stationary shafts, peripherally grooved wheels loosely rotatable'upon said shafts. a roller track eommunicatin with both tluI umin line and the side trac said roller trarh rousistinlgot' aeentral curved seetion, a straight section at either end thereof and pivoterl thereto, parallel side bars for the roller track` sprcaders connecting the riving said side side bars, a plurality of axles havin" jonrnuls at either end rotatable in said side bars, rollers rigidly fastened upon said axles, hook shaped ends upon the outer side bars for engaging with and rest-ing upon the stationary axles; and adjustable intermediate snpports or props' for the roller track, attached to the side bars.

In testimony whereof, I have hereunto set nrv hand and seal at the city of Los Angeles aforesaid. in the presence ot' two subscribing 105 

